βœ“ In Production⚑ AD9361 Pin-to-Pin ReplacementπŸš€ 6-Week Lead Time

SXS046: AD9361 Pin-to-Pin Replacement
Reuse Your Existing Hardware Design.

SXS046 is a pin-to-pin replacement for AD9361. Reuse your existing PCB and complete register configuration adaptation with direct FAE support.

βœ“ In production now
βœ“ 6-week lead time
βœ“ Direct FAE support
βœ“ Engineering samples available
AD9361 Pin-to-Pin Replacement70MHz–6GHz

Pin-to-pin replacement for AD9361. Existing hardware designs can reuse the PCB; register configuration adaptation is required for software migration, with direct FAE support.

Master Matrix Specification Snapshot

  • Resolution: 12-bit ADC/DAC
  • Channels: 2Γ—2
  • Interface: CMOS/LVDS
  • Package: CSP_BGA144

Values above follow the current Shenxin Source of Truth. FAE-confirmed P2P mapping does not automatically establish software/register compatibility or waive application-level validation.

Why Engineers Switch to SXS046

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Application-Level Validation

Pin-to-pin compatible with AD9361. Board-level electrical, timing, thermal, and system compatibility must be verified before production migration.

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6-Week Standard Lead Time

6-week standard lead time. Imported converter lead times vary by device, region, and channel. Keep your production schedule on track and avoid costly delays.

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Direct FAE Support

Get an assigned FAE engineer within 24 hours. Reference designs, driver porting, application notes, and debug support β€” all included.

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Key Parameters

Product Category
RF Agile Transceiver
TX Frequency Range
47 MHz – 6.0 GHz
RX Frequency Range
70 MHz – 6.0 GHz
Receive Channels
2
Transmit Channels
2
MIMO Support
Yes (2Γ—2)
Signal Bandwidth
200 kHz – 56 MHz

Product Overview

The SXS046 is a highly integrated 2Γ—2 wideband RF agile transceiver with an FAE-confirmed P2P mapping to AD9361. It integrates RF, mixed-signal, and digital processing blocks for a complete transceiver solution. Board-level electrical, RF, timing, thermal, and software/register behavior must be validated before production migration. Built for SDR, wireless infrastructure, and defense applications, the SXS046 delivers comparable performance to the incumbent while offering dramatically shorter lead times and dedicated local technical support.

Operating across a frequency range of 70 MHz to 6 GHz, the SXS046 supports 2 transmit and 2 receive channels with full MIMO capability. The device features independent automatic gain control (AGC), digitally controlled oscillators, and flexible signal bandwidths. Its low-power architecture is optimized for battery-operated and thermally constrained systems. The FAE mapping supports hardware migration evaluation, while ADI driver code should be treated as a migration reference only; register behavior and driver reuse must be validated on SXS046 samples.

The SXS046 is ideal for software-defined radio (SDR), 5G small cells, phased-array radar, satellite communications, and test & measurement equipment. For procurement and engineering teams, it eliminates the risk of long lead times and supply chain uncertainty associated with legacy semiconductor vendors. With a standard 6-week lead time and direct engineering support from Shenxin Tech, customers can accelerate time-to-market while securing a reliable second-source supply chain.

Key Features

FAE-Confirmed P2P Mapping to AD9361 β€” 144-pin 10Γ—10 mm CSP_BGA class. Validate ball map, power, RF, timing, thermal, and system behavior before production migration.
Broad 70 MHz–6 GHz Frequency Coverage β€” Covers VHF, UHF, 2.4 GHz ISM, Sub-6G cellular bands, and all major wireless bands in a single device.
2Γ—2 MIMO Architecture β€” Two fully independent transceiver chains enable true 2Γ—2 MIMO for SDR, 5G small cell, and beamforming applications.
Software/Register Validation Required β€” Existing AD9361 Linux or bare-metal software can be used as a migration reference, but register behavior and driver reuse must be validated on SXS046 samples before production.
High Integration, Reduced BOM β€” Integrated synthesizers, AGC, DC offset correction, and analog filters reduce external component count and simplify design.
12-bit ADC/DAC, 56 MHz Bandwidth β€” Delivers the dynamic range and bandwidth required for wideband communications, radar, and SDR applications.
Low-Power Design β€” Power value to be verified against the latest datasheet / with FAE, optimized for battery-powered SDR platforms, portable test equipment, and thermally constrained systems.
6-Week Standard Lead Time + FAE Support β€” Standard 6-week lead time. Imported transceiver lead times vary by device, region, and channel. Contact us to discuss evaluation requirements and confirm available options.

Full Specifications

Product CategoryRF Agile Transceiver
TX Frequency Range47 MHz – 6.0 GHz
RX Frequency Range70 MHz – 6.0 GHz
Receive Channels2
Transmit Channels2
MIMO SupportYes (2Γ—2)
Signal Bandwidth200 kHz – 56 MHz
ADC Resolution12-bit
DAC Resolution12-bit
InterfaceLVDS / CMOS (data) + SPI (control)
Package144-pin CSP_BGA, 10 mm Γ— 10 mm
Pin-to-Pin CompatibilityFAE-confirmed P2P mapping to AD9361; validate at board level
Software CompatibilityRequires sample-level register/driver validation
Power ConsumptionRefer to latest datasheet / contact FAE
IntegrationOn-chip LO, AGC, filters
Lead Time~6 weeks (standard)

Application Areas

Software Defined Radio (SDR) β€” Wideband SDR platforms, cognitive radio, spectrum monitoring
5G Small Cells & Wireless Infrastructure β€” Small cell base stations, distributed antenna systems, private networks
Radar & Electronic Warfare β€” Phased-array radar, EW receivers, signal intelligence (SIGINT)
Satellite Communications β€” Ground terminals, VSAT, LEO/MEO satellite modems
Test & Measurement β€” Signal generators, spectrum analyzers, channel emulators
Aerospace & Defense β€” Secure communications, tactical radio, unmanned systems

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AD9361 vs SXS046 β€” Side-by-Side Comparison

ParameterAD9361SXS046
TX Frequency Range47 MHz – 6.0 GHz47 MHz – 6.0 GHz
RX Frequency Range70 MHz – 6.0 GHz70 MHz – 6.0 GHz
Rx/Tx Channels2Rx / 2Tx2Rx / 2Tx
MIMO2Γ—22Γ—2
Signal Bandwidth200 kHz – 56 MHz200 kHz – 56 MHz
ADC/DAC Resolution12-bit12-bit
Package144-pin CSP_BGA 10Γ—10mm144-pin CSP_BGA 10Γ—10mm βœ“
Pin-to-Pin Mappingβ€”βœ… FAE-confirmed P2P; validate board level
Software CompatibilityADI Linux driversValidation required; no automatic driver reuse claim
Lead TimeVariesβœ… ~6 weeks
FAE SupportLimitedβœ… Direct local support

SXS046 is an AD9361 pin-to-pin replacement for existing hardware designs. Customers normally reuse the PCB and complete register configuration adaptation during migration. Confirm the target register configuration, timing, thermal behavior and system performance on samples before production; our FAE team supports this process.

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Frequently Asked Questions

Is the SXS046 truly pin-to-pin compatible with AD9361?
SXS046 is an AD9361 pin-to-pin replacement. Existing hardware designs can reuse the PCB; register configuration adaptation is required during software migration. Our FAE team supports sample evaluation and integration testing before production.
What is the lead time for SXS046?
Standard lead time is approximately 6 weeks for production quantities. Engineering samples may be available for evaluation β€” contact us for sample availability. Imported converter lead times vary by device, region, and channel β€” contact us to compare on your specific bill of materials.
Can I get engineering samples for evaluation?
Yes, we offer evaluation samples. Use the request form on this page and select "Sample Request" from the product dropdown. Our team will contact you within 24 hours to confirm availability and arrange shipment. Contact us to discuss evaluation requirements and confirm available options.
What technical support do you provide?
We provide direct FAE (Field Application Engineer) support, including: reference schematics, driver/software porting guidance, PCB layout review, and application engineering support. An assigned FAE responds within 24 business hours. For volume customers, we also offer custom technical support packages and on-site engineering assistance.
What about quality and reliability?
All SXS046 devices are manufactured in ISO-certified facilities and undergo full wafer sort and final test. Industrial temperature range is standard for most products. We can provide quality documentation, reliability test reports, and characterization data upon request under NDA.
Do you offer volume pricing and long-term supply?
Yes. For volume orders and production programs, we offer tiered pricing and long-term supply agreements with guaranteed availability. Contact our sales team with your estimated annual usage and we will provide a competitive quotation and supply commitment.
70M–6G
Frequency Range
2T2R
Tx/Rx Channels
Pin-to-Pin
AD9361 Compatible

6-Week Standard Lead Time

6-Week Standard Lead Time. Tired of long and unpredictable waits for chip delivery? The SXS046 ships in as little as 6 weeks with full technical support.

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